ltiHTypes.h File Reference

This file contains the definitions of the basic types for projective algebra in 2 and 3 dimensions. More...

#include "ltiTypes.h"
#include "ltiMatrix.h"

Include dependency graph for ltiHTypes.h:

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Classes
class	lti::hPoint2D< T >
	Homogeneous point in two dimensions Note that an homogeneous two-dimensional point has three elements: x,y and h. More...
class	lti::hPoint3D< T >
	Homogeneous point in three dimensions. More...
class	lti::hMatrix< T, P >
	Homogeneous matrix for projective space transformations. More...
class	lti::hMatrix2D< T >
	Homogeneous matrix to represent linear transformations in a two-dimensional projective space. More...
class	lti::hMatrix3D< T >
	Homogeneous matrix in 3D projective space. More...
Namespaces
namespace	lti
namespace	std
Typedefs
typedef hPoint2D< double >	lti::dhPoint2D
typedef hPoint3D< double >	lti::dhPoint3D
typedef hMatrix2D< double >	lti::dhMatrix2D
typedef hMatrix2D< float >	lti::fhMatrix2D
typedef hMatrix3D< double >	lti::dhMatrix3D
typedef hMatrix3D< float >	lti::fhMatrix3D
Functions
template<class T , class P >
bool	lti::write (ioHandler &handler, const hMatrix< T, P > &mat, const bool complete=true)
template<class T , class P >
bool	lti::read (ioHandler &handler, hMatrix< T, P > &mat, const bool complete=true)
Storable interface for points
Members for the storable interface
template<class T >
bool	lti::read (ioHandler &handler, hPoint2D< T > &p, const bool complete=true)
template<class T >
bool	lti::write (ioHandler &handler, const hPoint2D< T > &p, const bool complete=true)
template<class T >
bool	lti::read (ioHandler &handler, hPoint3D< T > &p, const bool complete=true)
template<class T >
bool	lti::write (ioHandler &handler, const hPoint3D< T > &p, const bool complete=true)

Detailed Description

This file contains the definitions of the basic types for projective algebra in 2 and 3 dimensions.

The types are basically points and matrices